A REVIEW OF BLUETOOTH AND NFC FOR FINANCIAL APPLICATIONS
Published In: 6TH INTERNATIONAL CONFERENCE ON ADVANCES IN COMPUTING, CONTROL AND NETWORKING
Author(s): K. OUAHADA , A.R. NDJIONGUE , Z. MNGOMEZULU
Abstract: Bluetooth and near field communications (NFC) are two of the most recently emerging wireless technologies [1] [2], largely because of the integral role they play in the Internet of everything (IoE). In this paper, the security aspect is evaluated for these two wireless technologies for potential applications in financial systems. Their frame size is also analyzed. This is done by reviewing their characteristics based on the state of the art and on the standards governing their deployment. It is found that Bluetooth has good security mechanisms when compared to NFC, which requires developers to implement their own security features at application level; however, NFC’s short range and its requirement for intentional communication between devices makes it inherently secure. It is also found that NFC has a larger message size, however, the classic Bluetooth message size is not that far below that of NFC data exchange format (NDEF) short records (SR) message size.
- Publication Date: 26-Feb-2017
- DOI: 10.15224/978-1-63248-117-7-11
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DYNAMIC AND DECENTRALIZED LOAD BALANCING APPROACH IN SMALL-SCALE DISTRIBUTED SYSTEMS
Published In: 6TH INTERNATIONAL CONFERENCE ON ADVANCES IN COMPUTING, CONTROL AND NETWORKING
Author(s): R.C. DHARMIK , S.R. SATHE
Abstract: To improve the throughput of small-scale distributed systems, workloads have to be evenly distributed among all the computing nodes of distributed systems. As any distributed application, can undergo critical performance issues due to workload imbalances on small scale distributed system and heterogeneity of resources. The main goal to prevent, if possible, the condition where some processors are overloaded with set of jobs while other processors are lightly loaded, moderately loaded, heavily loaded and some may be idle processors. This is due to the characteristics of distributed systems and complex nature of the users job. In this paper we have proposed real-time prototype model for small-scale distributed systems. Dynamic and decentralized load balancing algorithm has been implemented to evenly distribution of jobs among all the computing nodes of small-scale distributed systems through which to minimize execution time, response time, communication latency and maximize throughput, C
- Publication Date: 26-Feb-2017
- DOI: 10.15224/978-1-63248-117-7-13
- Views: 0
- Downloads: 0